631902 STANNOL, 631902 Datasheet - Page 2
![SOLDER WIRE, , 1.0MM, 100G](/photos/20/82/208286/840027004-40_sml.jpg)
631902
Manufacturer Part Number
631902
Description
SOLDER WIRE, , 1.0MM, 100G
Manufacturer
STANNOL
Datasheet
1.323047.pdf
(2 pages)
Specifications of 631902
External Diameter
1mm
Material Composition
Sn95,5Ag3,8Cu0,7
Melting Temperature
217°C
Weight
100g
Svhc
No SVHC (15-Dec-2010)
Flux Type
HS10, Rosin Based
Wire Diameter
1.0mm
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Recommended operating conditions:
Wave soldering
STANNOL
Low copper content for wave applications is p referred because of copper leaching from the PCB. The copper
content will rise automatically, therefore extended life-time of the solder bath is expected.
The use of ECOLOY
280°C. It is necessary to find out the optimum temperatures, which can differ depending on the type of PCB and
the types of components. The use of nitrogen as a protecting atmosphere is advantageous allowing to open the
process window. The wetting of the solder and the separation of wave and joint will be easier. No excess solder
will be left. Dross formation is considerably reduced.
Liquid flux for wave soldering
In principle common liquid fluxes can be used for lead-free wave soldering. Adjustment of solid content may be
necessary. Increased preheat and solder pot temperature requires better heat resistant and temperature stable
flux formulation which can be achieved with an increased solid content. A complete ecological solution can be
installed using VOC-free fluxes, e.g. STANNOL
process conditions.
Rework and manual soldering
STANNOL
a PCB to avoid having different solder alloys on one board. Only one unique solder alloy guarantees similar
properties of all solder joints.
Solid solder as well as flux cored solder are available. Flux formulations and flux content adjusted for a lead-free
process provide easy soldering in post production soldering and repair.
Components which are not available with lead-free coated pins can be soldered, but dependent on the lead
content it is possible that the melting range starts at 179°C, which is the solidus of the tin-lead-silver alloy system.
Health and Safety
Information on health and safety and disposal are provided by our EU-MSDS which is available on request.
The above values are typical and represent no form of specification. The Data Sheet serves for information purposes. Any verbal or written advise is not binding for
the company, whether such information originates from the company offices or from a sales representative. This is also in respect of any protection rights of third
parties , and does not release the customer from the responsibility of verifying the products of the company for suitability of use for the intended process or
purpose. Should any liability on the part of the company arise, the company will only indemnify for loss or damage to the same extent as for defects in quality.
TDB_ME_ECOLOY_TSC_EN
Oskarstraße 3-7
Physi cal and mechanical properties of lead-free ECOLOY
Melting point, °C
Electrical Conductivity, %IACS
Electrical Resistively, µ cm
Brinell Hardness, HB
Density, g mm
Tensile strength, (20°C)
N mm
Joint shear strength
N mm
N mm
Creep strength*
N mm
N mm
*shear stress for 10
®
®
ECOLOY
ECOLOY
-
-
-
-
-
2
2
2
2
2
•
at 0,004 s
100°C
at 0,1mm
at 0,1mm
20°C
42283 Wuppertal
Properties
®
®
®
-
3
TSC0,5
TSC is available as solder wire to complete all soldering processes which are possible on
TSC0,5 for solder bath application requires operating temperatures of approx. 260 to
3
-
-
-
hours to failure
1
1
1
, 20°C
, 100°C
strain rate
•
Tel. +49 (0)202-585-0
ECOLOY
STANNOL
STANNOL GmbH
13,0
®
217
7,5
5,0
13
13
15
48
27
17
•
WF300S. Water based fluxes require proper adjustment of the
Page 2 of 2
Telefax +49 (0)202-585111
®
TSC
®
Sn63Pb37
11,9
14,5
183
8,4
3,3
1,0
17
40
23
14
®
alloys compared with S-Sn63Pb37:
•
E-Mail info@stannol.de
ECOLOY
Sn96Ag4
12,3
13,7
221
7,5
5,0
14
15
58
27
17
®
Wenn’s ums Löten geht
When it’s about soldering
Quand il s’agit du soudage
TS
ECOLOY
•
Sn99Cu1
Web www.stannol.de
227
7,3
8,6
2,1
23
16
-
-
-
-
®
TC
Issue: 03.09.04